Ex. 33: In an interference experiment the distance between the two identical sources is 0.3 mm and the wavelength is 5000 Å. The distance between the plane of the sources and the screen is 1.2 m. Find (1) The bandwidth, (2) The distance between the central bright band and the 10th bright band, (3) the distance between the central bright band and the 5th dark band, (4) the distance between the 10th bright band and 5th dark band on the same side of the central bright band.
Ex. 33: In an interference experiment the distance between the two identical sources is 0.3 mm and the wavelength is 5000 Å. The distance between the plane of the sources and the screen is 1.2 m. Find (1) The bandwidth, (2) The distance between the central bright band and the 10th bright band, (3) the distance between the central bright band and the 5th dark band, (4) the distance between the 10th bright band and 5th dark band on the same side of the central bright band.
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Transcribed Image Text:Ex. 33: In an interference experiment the
distance between the two identical sources is
0.3 mm and the wavelength is 5000 Å. The
distance between the plane of the sources and
the screen is 1.2 m.
Find (1) The bandwidth, (2) The distance
between the central bright band and the
10th bright band, (3) the distance between the
central bright band and the 5th dark band,
(4) the distance between the 10th bright band
and 5th dark band on the same side of the
central bright band.
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